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Waveform Modulations - "Deeper in the Box"
Various Artists Compilation WM0001

An all star line-up of cutting edge artists from the US and UK, bringin' ya funked out breakbeats, glitchy IDM, sci-fi electro & industrial ambient. This is a collector's item of fine electronica.

01 Agent Wu - Heaven's Funk 3:09
02 Masters of Kush - Spirit Molecule 2:46
03 Production Unit Xero - Correspondence 3:07
04 Thomas Jerome Newton - Adventure to Mars (2006 Mix) 5:49
05 Levitation Device - Relativity 3:48
06 KnowOne - Guilty Dub 2:59
07 Circumference - Inch Worm 3:17
08 Robotusa - Imaginary Encounters 4:17
09 J. Beata - Earlock 3:04
10 Quetzatl - Vertical Portals (Hyperphysics Mix) 3:35
11 Synaptic Flow - Lunar Mist 5:53
12 Etznab Project - Reflective Concordance 3:33
13 PinkLogik - Steel Binary 5:19
14 Light Body Vehicle - Automatik tk1 2:52
15 Lotuswalker - Travelz Deep 3:15
16 Walk Skip Run Glide - Journey (Jaguar Translation) 5:34
17 Aqua Prime - Octahedral Wholism(Special Theory Mix) 3:54
18 Welkin Ring - The RW Crisis 3:11
19 Circuit Mouth - Crystal Lattice Chamber 3:51
20 oMg - Softer 4:12

total length - 77:25

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All official Waveform Modulations releases are available in CD and MP3 format, through sites like Amazon, itunes, cdbaby, Napster and many other fine retailers.

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With a focus on the preservation of audio and visual art as a type of time capsule, and aimed at creating an archive of quality projects, the time has come to let the waves take flight! Calculated intuition and quantum coincidence continue to play an important role in architectural development of multimedia produce.

Searches for gravitational waves will require families of "search templates" with which to cross correlate the detector's output. Introducing a fitting factor as a quantitative measure of how well the best template in a family "fits" a hypothetical gravitational waveform, in the presence of a specific detector noise spectrum. The fitting factor is used to explore the adequateness of several families as search templates for gravitational waves from compact inspiraling binaries.

The binaries are taken to move in circular orbits, and the "advanced noise spectrum'' is assumed for the detectors. One can first study the acceptability of the simplest three-parameter template family, the so-called "Newtonian family". From previous studies by Finn, Królak, Kokotas, Schäfer, Dhurandar, and Balasubramanian, we infer that post-Newtonian effects in the true waveforms of binaries with vanishing spins cause the Newtonian family to have a low fitting factor.